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bsc-electrical-engineering-technology

BS Engineering Technology (Electrical)

Objectives

The educational objectives of the Electrical Engineering Technology Program identify what we hope that our graduates will accomplish within a few years after graduation. The objectives of the Electrical Engineering Technology Program are to:

• Achieve positions of increased responsibility (technical and/or supervisory) within an organization in electrical or related fields by leveraging their Electrical Engineering Technology skills and knowledge.

• Address and solve complex technical problems related to power generation, distribution and utilization in the country which is facing power shortage.

• Continue personal and professional growth by engaging in life-long learning; e.g., advanced education/degrees, professional development activities, and/or other career-appropriate options.

• work effectively in teams and communicating effectively within the team and to the its clients.

Role and Scope

An Electrical Engineering technologist is a specialist devoted to the implementation of existing technology within a field of engineering. Technologists often work with engineers in a wide variety of projects by applying basic engineering principles and technical skills. The work of technologists is usually focused on the portion of the technological spectrum closest to product improvement, manufacturing and engineering operational functions.

The Electrical Engineering Technology program covers vast areas such as power system analysis, power system protection, Digital Image Processing, control systems, power distribution and utilization, AC/DC machines, analog and digital communication, microprocessor interfacing. The applied scheme of studies has been carefully designed to enhance both academic and professional aspects of Electrical Engineering Technology program. The core courses have been selected to enhance the design and development skills of students in the field of Electrical engineering technology.

The students also take courses in humanities, management and social sciences to develop well rounded personalities. The students in their final year are also required to complete a design or research project in which they apply the knowledge and skills gained during this engineering program. The students must then submit a written report, demonstrate their design and development effort and defend their project before a jury for award of grades.

The scope of BSc Electrical Engineering Technology is getting higher with the advancement of technology. Pakistan is making progress in this field with each of the day. Now we have lot of career build opportunities and job after engineering technology. Our markets and industries have a big demand for well skilled technologist. In upcoming time we are seeing that the technology will keep on boosting toward the progression. That is why we can imagine that how the higher is technology scope in Pakistan could be.

semesters and courses

  • Duration

    8 Semesters (4 years)

  • Eligibility

    Candidate having Diploma of Associate Engineering (DAE) in Electrical, Electronics, Instruments or relevant field, or FSc./Intermediate in Pre-Engineering with Minimum 50% Marks

  • credit hours
    required

    137

  • Fee Rs

    599,610

 

Semester 1

                                                                            
Course Code Course Title Credit Hours
EH-112 Islamic Studies / Professional Ethics 2(2-0)
ES-113 Applied Mathematics – I 3(3-0)
ES-123 Applied Physics 3(2-1)
ET-114 Linear Circuits Analysis 3(2-1)
ET-123 Engineering Drawing 3(1-2)
ES-133 Introduction to Computer Fundamentals 3(1-2)
  Total Credit Hours: 17
 
 

Semester 2

                                                                            
Course Code Course Title Credit Hours
EH-123 Communication Skills 3(3-0)
EH-132 Pakistan Studies 2(2-0)
 EH-134 Electronics 4(2-2)
ET-143 Basic Mechanical Technology 3(2-1)
ES-123 Applied Mathematics-II 3(3-0)
ET-153 Electrical Machines-I 3(2-1)
  Total Credit Hours: 18
 
 

Semester 3

                                                                            
Course Code Course Title Credit Hours
ET-212 Power Generation System 2(2-0)
EH-213 Technical Report Writing 3(3-0)
ET-224 Electrical Instruments and Measurements 4(2-2)
ET-234 Electrical Machines-II 4(2-2)
ET-244 Digital Electronics 4(2-2)
  Total Credit Hours: 17
 
 

Semester 4

                                                                            
Course Code Course Title Credit Hours
ET-254 AC Circuit Analysis 4(2-2)
ET-262 Electro-Megnetic Field 2(2-0)
ET-273 Electrical Power Transmission 3(2-1)
ET-283 Electrical Power Distribution and Utilization 3(2-1)
ET-294 Power Electronics 4(2-2)
  Total Credit Hours: 16

 

Semester 5

                                                                            
Course Code Course Title Credit Hours
ET-313 Micro-Processor Theory and Interfacing 3(2-1)
ET-323 Switch Gear and Protective Devices 3(2-1)
ET-334 Communication Technology 4(2-2)
ET-343 Control Technology 3(2-1)
ET-353 High Voltage Technology 3(2-1)
EM-312 Total Quality Management 2(2-0)
  Total Credit Hours: 18

Semester 6

                                                                            
Course Code Course Title Credit Hours
EM-323 Project Managment 3(3-0)
ET-362 Power System Analysis 2(2-0)
ET-374 Data and Computer Communication 4(2-2)
ET-384 Industrial Drives and PLC 4(2-2)
ET-393 Project 3(0-3)
  Total Credit Hours: 16
     

Semester 6 Summar Project Work

Course Code Course Title Credit Hours
EM-323 Project (Continue) 3(0-3)
  Total Credit Hours: 03
     

Semester 7

Course Code Course Title Credit Hours
ET-4116 16 Weeks
Supervised Industrial / Field Training
(8×5=40Hrs / Week)		 16(0-16)
     

 

Semester 8

Course Code Course Title Credit Hours
ET-4216 16 Weeks
Supervised Industrial / Field Training
(8×5=40Hrs / Week)		 16(0-16)